On a three wire supply system if you connect the two 110V wires together and they are across the phase they will short out and trip the breaker. If the two 110V wires are supplied from across the phase and connected to a motor then the motor will run. If the 110V wires are on the same phase nothing will happen.
Eventually the motor will burn out.
Yes, but the 600 volts would have to be transformed down to 480 volts. Direct connection to the motor with 600 volts would overheat the motor to destruction.
Yes, the 440 volt motor is withing the 10% voltage range of the 460 volt group. When the supply is said to be 480 volts, usually it is lower than what it is stated to be. Once the motor is connected check the current against the motor's nameplate amperage.
Connect the two 12 volts batteries in Series. Battery 1 & 2. Connect the negative post (-) of battery 1 to the negative (-) ground cable. Then connect the positive (+) post of battery 1 to the negative (-) post of battery 2. Connect the positive (+) post of battery 2 to the positive (+) cable. You now have 24 volts as the batteries are wired in series.
0.016 volt
999 Volts A Kilovolt is 1000 volts.
Connect two 12 volt batteries in series and you will have 24 volts.
You will want to connect them in "parallel" (positive to positive, negative to negative). If you connect them in "series" (positive to negative) you will add one voltage to the other, making 24 volts.
The voltage of 120 volts is more common that the lower voltage of 12 volts.
No, unless the motor was wound for dual voltage operation, which it will state on the motor nameplate, a 110 volt motor run on 240 volts will be damaged.
You should not go above 240 volts for that type of motor.
Yes, but the 600 volts would have to be transformed down to 480 volts. Direct connection to the motor with 600 volts would overheat the motor to destruction.
Yes, the 440 volt motor is withing the 10% voltage range of the 460 volt group. When the supply is said to be 480 volts, usually it is lower than what it is stated to be. Once the motor is connected check the current against the motor's nameplate amperage.
You would need to connect the two 12 volt batteries in series. That will give you 24 volts and the amps of one of the batteries. Voltage doubles and amps stay the same.
It is possible to check the resistance of the motor leads compared to a known motor. You can also connect the leads to 120 volts temporarily. If the motor hums and runs slowly or not at all it is a 220 volt motor. If it runs normally, then it is a 120 volt motor. Testing should be done for only a few seconds so if the motor is designed to be run on 220 volts, you don't overheat or damage it on 120 volts.AnswerRead the nameplate information.
You will have a 12 Volt source with double the charge capacity.
No, the voltage of 500 volts is too high to operate a 380 volt motor.
No it will fry the motor use a voltege reducer